We Can Solidify Your CO2 Emission into High-Demand Industrial Asset!

Turning industrial emissions into essential raw materials isn't just a concept—it’s proven chemistry in action. 🌍⚗️

One of the most effective pathways for Carbon Capture and Utilization (CCU) lies in the reaction between liquid sodium hydroxide (NaOH) and gaseous carbon dioxide (CO2):

2NaOH(aq) + CO2(g) —> Na2CO3(aq) + H2O(aq)

By capturing CO2 in an alkaline scrubbing solution to form aqueous sodium carbonate—and subsequently solidifying it into dense soda ash (Na2CO3)—we transform a greenhouse gas liability into a high-demand industrial asset.

Why this CCU pathway works:

✅ Rapid Capture Kinetics: NaOH aggressively absorbs CO2 even at low partial pressures, making it ideal for diverse industrial flue gases.

✅ Permanent Mineralization: Solidifying the solution locks carbon into a stable, solid crystal lattice rather than relying on underground geological storage.

✅ Circular Market Value: Solid soda ash is a foundational feedstock for glass manufacturing, detergents, water treatment, and lithium-ion battery production.

✅ Supply Chain Resilience: Producing synthetic soda ash locally reduces reliance on energy-intensive trona mining and long-haul transport.

To scale true industrial decarbonization, we need CCU solutions that make both environmental and economic sense. Converting captured carbon directly into solid commodities bridges the gap between emissions reduction and circular manufacturing.

What role do you see chemical mineralization playing in your industry’s net-zero roadmap? Let's connect and discuss with www.biocom.id, we are ready with demo unit! 👇

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